Power Electronics Test Solutions
Driven by the global energy transition and the wave of electrification, power electronics technology is at the core of industry innovation. From new energy power generation, electric vehicles to high-efficiency data centers, the market's demand for higher power density, ultimate conversion efficiency, and excellent reliability is becoming increasingly urgent. The widespread application of third-generation semiconductors represented by silicon carbide (SiC) and gallium nitride (GaN) has pushed the switching frequency and operating voltage to new heights, and also brought unprecedented challenges to testing and measurement. We provide a complete measurement solution ranging from dynamic characteristic analysis of power devices, evaluation of converter efficiency and power quality, to control loop stability testing.
RIGOL is committed to helping engineers gain in-depth insights into design details through accurate, reliable, and safe testing tools, accelerating the R & D process, and ensuring that your products lead in performance and are stable and reliable in the fierce market competition.
Power Semiconductor Dynamic Performance Testing Solution
The third-generation semiconductors represented by SiC and GaN are bringing disruptive changes to fields such as new energy vehicles, photovoltaics, and energy storage. However, their ultra-high switching speed and stringent testing conditions also pose unprecedented challenges to design engineers. How to accurately and reliably evaluate the dynamic performance of high-speed power devices? RIGOL provides you with a professional power semiconductor dynamic parameter testing solution to help engineers achieve efficient evaluation and optimization of device performance.
Power Supply Design and Testing Solutions
Power supplies are important components in electronic devices. From the power supplies in mobile phones and media players to various power-driven and energy conversion devices, the core of all of them is the regulation, change, and distribution of electrical energy. Developing, designing, and debugging these power supply devices require a variety of electronic test instruments.